Aerospace series. Pipe coupling 8°30' in titanium alloy. Tees, reduced, bulkhead

Aerospace series. Pipe coupling 8°30' in titanium alloy. Tees, reduced, bulkhead

Regular price
£142.00
Sale price
£142.00
Regular price
£71.00
Sold out
Unit price
per 

What is BS EN 4194 - Bulkhead pipe couplings for aerospace applications about? 

BS EN 4194 is a standard that covers bulkhead pipe couplings for aerospace applications, enabling stable operability and prevention of leaks in aerospace applications.  

BS EN 4194 specifies the characteristics of tees, reduced, bulkhead, for pipe couplings 8°30', in titanium alloy, for aerospace applications. 

BS EN 4194 specifies the nominal pressure up to 28,000 kPa and a temperature range of - 55 °C to 135 °C. 

Who is BS EN 4194 - Bulkhead pipe couplings for aerospace applications for? 

BS EN 4194 on bulkhead pipe couplings for aerospace applications applies to: 

  • Manufacturers of pipe couplings 
  • Dealers and importers of pipe couplings 
  • Testing houses and labs for pipe couplings 
  • Quality assurance services 
  • Regulatory bodies 

Why should you use BS EN 4194 - Bulkhead pipe couplings for aerospace applications? 

Pipe couplings are used to join two or more sections of pipe in order to ensure their continuity. Pipe couplers link two pipes permanently by slipping over their outsides. They assist in preventing leakage and stable operations in aerospace applications. 

BS EN 4194 provides users guidance on required characteristics, including configuration, dimensions, mass, surface roughness, materials, and internal surface finishing, enabling you to standardize the dimensional and physical properties of pipe couplings. 

BS EN 4194 provides users guidance on dimensions depending on the code, thread, length, radius and mass to ensure compatibility with existing systems and installations in aerospace applications. 

With obedience and compliance to BS EN 4194, users can develop and assess pipe couplings for aerospace applications, ensuring structural integrity, resilience and durability in aerospace applications.